You have most likely come across shakers that make unwanted noises and vibrations. In shakers available on the market, a crank and four springs (or rubbers or any material with spring-like capabilities) are usually used to create orbital motion, which causes a lot of problems, including unwanted noise and vibration and uneven movement. When you use these shakers, you find that by placing the load on a particular section, the pressure from the weight limits the rotation of that point, and the rotational diameter decreases; so more time will be spent on mixing the material. On the other hand, the lack of loading uniformity causes the device to move on the table.
In our unique CMT system, for the first time in the world, instead of four springs, we have employed four cranks in the four corners of the device. Through this method, wherever you put the load on the moving plate, the pressure is spread out to the entire surface, and the pressure will not be concentrated on one point. Therefore, the machine has a uniform and steady motion, and the process of mixing solutions is done correctly and in less time. Also, since the moving plate and the bases of the device are connected with a crank instead of a spring, the movement of the moving plate is not transferred to the bases of the device and problems such as noise, vibration, and movement on the table are not observed in FG shakers, and the device can work non- intermittently.
Using the CMT technology, we could increase the loading capacity of the moving plate to 10kg (which can be increased up to 20kg). Even in these conditions, the FG shaker will continue to move smoothly.
• Loading capacity of up to 10kg
• Uniform and steady movement on the whole surface
• No noise and vibration
• No belts and springs
• Non-intermittent performance